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Arjun Dangle

Publications and source records attributed to Arjun Dangle.

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Integrated Digital Management System for Railway Workshops: A Modular Multi-Workflow Architecture for Machine, Permit, Contract, and Incident Management

Indian Railway workshops form a critical component of rolling stock maintenance infrastructure, employing more than 2.5 lakh personnel across 44 major workshops nationwide. However, safety management in many workshops still relies on fragmented manual processes, resulting in delayed approvals, incomplete documentation, and increased exposure to operational hazards. Field safety observations indicate that lacerations (28.7%) and abrasions (21%) remain among the most frequent workplace injuries, highlighting the need for structured digital safety workflows. This paper presents the Integrated Digital Management System for Railway Workshops, a modular multi-workflow digital platform developed to improve safety governance and workflow transparency. The proposed system integrates four primary modules: Machine and Plant Management, Permit-to-Work (PTW) Management, Contract Management, and Incident Management. The Permit-to-Work module digitizes hazardous work authorization in accordance with IS 17893:2022, while the Contract Management module supports workforce validation and regulatory oversight. The Incident Management module enables rapid reporting, investigation tracking, and corrective action workflows. Functional evaluation in a railway workshop-oriented deployment scenario demonstrated measurable operational improvements, including a reduction in permit processing time by approximately 35%, improved incident reporting response time by nearly 40%, and enhanced workflow traceability across multiple safety modules. The proposed system establishes a scalable foundation for digital safety governance in large-scale railway workshop environments.

cs.CY

ISMS-CR: Modular Framework for Safety Management in Central Railway Workshop

Indian Railway workshops form the backbone of rolling-stock maintenance, employing over 250,000 workers across 44 major workshops nationwide. Despite their scale and operational importance, workshop safety remains a persistent challenge. A field study conducted at the Jhansi Wagon Workshop involving 309 workers revealed that while basic protective equipment such as shoes and helmets was universally used, compliance with complete personal protective equipment requirements was limited. Lacerations and abrasions were identified as the most frequent injury types, highlighting systemic gaps in safety oversight and work authorization practices. This paper presents ISMS-CR (Integrated Safety Management System for Central Railway Workshop), a modular digital framework designed to enhance safety management through an automated Permit-to-Work (PTW) module. The proposed system digitizes the full lifecycle of work authorization, including permit initiation, validation, approval, execution, and closure. By enforcing structured workflows, role-based accountability, and traceable digital records, ISMS-CR reduces manual errors, administrative delays, and procedural non-compliance. The framework aims to strengthen operational reliability, improve audit readiness, and support safer maintenance practices in high-risk railway workshop environments.

cs.CY